Abstract

To evaluate the ability of country ambulance services to provide first medical aid in trauma cases. A survey of chiefs of emergency medicine service was performed in October-November 2005, in which 34 of the 59 institutions (58%) were participating. The questionnaire presented questions concerning physical and human resources, performance values, and system configuration. The study has shown that emergency medicine service operates in radius of 23 km, each team providing service for about 40,000 inhabitants. Taking into consideration distance and average on-scene time values, emergency medicine service is capable to render the first medical aid within so-called "golden hour" in case the accident is reported immediately. The physical resources are not quite complete. Not all the cars are equipped with essential first aid measures. Among more rarely found resources are vacuum pumps, intubation sets, defibrillators, vacuum splints, back immobilization devices, and hammock immobilization devices. There are less mentioned resources than working teams and even more than two times less than emergency cars at all. Two-thirds of the operating emergency medicine services do not provide advanced life support procedures. The evaluation of theoretical/practical ability to provide some important medical procedures used in emergency medical care showed that medical staff quite often fails to perform defibrillation, intubation, and pleural cavity drainage. Country ambulance service network configuration according to area under service, number of people served, and response frequency comply with the requirement set. The ambulance vehicles lack complete set up as well as some important supplies. Only rarely the staff is skilled enough to perform such advanced life support procedures as intubation, defibrillation, and pleural drainage.

Highlights

  • A survey of chiefs of emergency medicine service was performed in October–November 2005, in which 34 of the 59 institutions (58%) were participating

  • Country ambulance service network configuration according to area under service, number of people served, and response frequency comply with the requirement set

  • Since the availability of the equipment was interpreted in respect to the average number of teams employed in each emergency medicine service (EMS) station, there we found a need to perform a standardization of the average numbers of the EMS station teams

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Summary

Methods

A survey of chiefs of emergency medicine service was performed in October–November 2005, in which 34 of the 59 institutions (58%) were participating. In Lithuania during October–November of 2005, a survey of EMS chiefs was performed with an attempt to investigate physical and human resources, services performance and network configuration of emergency medicine service stations. Number of inhabitants, ratio of doctors to nurses employed, number of emergency calls were received during the preceding month, percent of the patients brought to the hospitals were presented, and questions about number of emergency medicine teams working during the night and day shifts, amount of available vehicles and measures they had been equipped with as well as life saving procedures a staff was capable to perform (including defibrillation, intubation, pleural drainage, puncture of the vein, intravenous drug administration) and ability to carry out a specialized reanimation procedures. Standardization was performed by calculating z values according to formula: The ability of Lithuanian ambulance services to provide first medical aid in trauma cases 465 z

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